![]() ![]() There are two ways to get to the maps tools in SketchUp. This video is specifically designed to teach you how to import Google Maps into your model. Since SketchUp was owned by Google and initially used to crowdsource their Google Earth modeling, there are powerful, easy to use tools built into SketchUp to help both import maps into your models and also to geolocate models in Google Earth. ![]() This means that new elevation data becomes available, using simple but intuitive and interoperable procedures and techniques which confgures a costless work flow.One of the more powerful functionalities in SketchUp is its ability to integrate your models with data from Google Maps. Correcting the original SHP by removing “data noise” that resulted from DXF file conversion permits the author to create new clean vector data in SHP format and, at a later stage, generate DEM data. ![]() In this essay the option for the use of GIS Open Source Software (gvSIG and QGIS) was made. ![]() This new data must be exported to GIS software in vector formats such as Autodesk Design Web format-DWG or Autodesk Drawing Exchange format-DXF. It starts in Google Sketchup (GS) graphic interface, with the selection of a satellite image referring to the study area-which can be anywhere on Earth's surface subsequent processing steps lead to the production of elevation data at the selected scale and equidistance. The focus is based on the production of contour lines and Digital Elevation Models (DEM) using an innovative sequence of tasks and procedures in both environments (GS and GIS). This exercise results from a reflection where specific data processing tasks executed in Google Sketchup (Pro version, 2018) can be used in a context of interoperability with Geographical Information Systems (GIS) software. Data creation is often the only way for researchers to produce basic geospatial information for the pursuit of more complex tasks and procedures such as those that lead to the production of new data for studies concerning river basins, slope morphodynamics, applied geomorphology and geology, urban and territorial planning, detailed studies, for example, in architecture and civil engineering, among others. ![]()
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